Electrical Engineer, Systems Engineer

David Kondru

*** **** ****** *******, *** *** 740-***-****

Athens, Ohio-45701 *.***********@*****.***

CAREER GOAL

To forge ahead forthrightly, aspired to be an eminent resourceful asset for an organization, willing to contribute conceptualized skills to keep its decisive goals and centralised system of achievements devised at every phase of revolutionary ideas in the field of Aviation Electronics.

EDUCATION

Master of Science in Electrical Engineering Expected Graduation-May 2019 Avionics Engineering Centre

Ohio University, Athens, OH, USA GPA: 3.7 (4.0 scale)

Master of Engineering in Avionics April 2012

Hindustan University, Chennai, TN, India GPA: 8.6 (10.0 scale)

Bachelor of Engineering in Electrical Engineering May 2010 Karunya University, Coimbatore, TN, India GPA: 7.0 (10.0 scale) INDUSTRY INTERNSHIP

Research Centre Imarat: Defence Research and Development Organization, Hyderabad, India. Dec 2011 – May 2012

Master’s Thesis Title: Design and Development of Control Algorithms for Ring Laser Gyroscope.

Tools Used: MATLAB and NI LABVIEW Hardware Used: FPGA Vertex 4

Studied the principles involved in a Ring Laser Gyroscope (RLG)

Controlled and simulated the dynamics of RLG for understanding the nonlinearities.

Designed control algorithms and implemented in Digital Signal Processing.

Presented in International Conference and published a scientific journal. TECHNICAL SKILLS

Languages Known : C, C++, VHDL

Programming Tools : Xilinx, Modelsim, MATLAB, NI LABVIEW, ESTEREL SCADE, AutoCAD

IBM Rational Tools : DOORS, LOGISCOPE, RTRT, ROSE, FUNCTIONAL TESTER & QUALITY MANAGER

Hardware Prototyping : NI myDAQ, NI myRIO, NI ELVIS II+, Xilinx FPGA, MIL-STD-1553B & ARINC 429 Data Buses

Domain Knowledge : ARP 4754A and DO-178C

WORK EXPERIENCE

Ohio University: School of EECS, Athens, OH

Graduate Research and Teaching Assistant 2017-till date Current Research: Signal and Image Processing

Detection and Tracking of Stealth Drones using Multiple Sensors

FAA Research: Runway Surveillance/Mapping with Airborne Platform Teaching Recitation Courses: EE2104 Circuits I and EE2103 Instrumentation Laboratory JNT University: School of Avionics, Kakinada, AP, India Sep 2012 – Aug 2016 Assistant Professor

Instructed Courses (Bachelors in Aviation): Automatic Flight Control Systems

Instructed Courses (Masters in Avionics): Digital Avionics Systems, Flight Mechanics, Flight Instrumentation & FMS, Aircraft Navigation Systems, Flight Dynamics & Control, Aircraft Propulsion & Utility Systems, Aircraft Systems Engineering, Flight Control Systems & Missile Guidance Lab In charge: Embedded Avionics System Design Laboratory Projects undertaken: Model Based System Engineering and Design on SCADE Environment Tool Sponsor: ESTERELD Technologies, France

Development of Efficient Avionics System Engineering for Fighter System (Mission Computer) using ARP 4754A compliant Model Based Systems Engineering practices in SCADE Embedded System Design.

Development of Efficient Safe Avionics Cockpit Display Software using DO- 178C Objectives in SCADE Display.

Development of Safety-Critical Airborne Software (Flight Control) using DO- 178C Objectives in SCADE Suite.

Project Coordinator

Allocated various topics enlisted on Avionics

Pioneered the graduate students in the event of programming language and hardware

Initiated the inmost inquisitive preparations of thesis and technical publications

Graduate Thesis guided: 18

Technical Publications: 19

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